public override object ReadJson(JsonReader reader, Type objectType, object existingValue,
JsonSerializer serializer)
{
var o = new CatThreadPoolRecord();
while (reader.Read())
{
var prop = reader.Value as string;
if (prop == null)
{
return(o);
}
switch (prop)
{
case "id":
case "nodeId":
o.Id = reader.ReadAsString();
continue;
case "pid":
case "p":
o.Pid = reader.ReadAsString();
continue;
case "host":
case "h":
o.Host = reader.ReadAsString();
continue;
case "ip":
case "i":
o.Ip = reader.ReadAsString();
continue;
case "port":
case "po":
o.Port = reader.ReadAsString();
continue;
default:
var threadPoolField = GetThreadPoolAndField(prop);
if (threadPoolField == null)
{
continue;
}
string threadPool = threadPoolField.Item1, field = threadPoolField.Item2;
var value = reader.ReadAsString();
SetThreadPool(threadPool, o, field, value);
continue;
}
}
return(o);
}
public override object ReadJson(JsonReader reader, Type objectType, object existingValue,
JsonSerializer serializer)
{
var o = new CatThreadPoolRecord();
while (reader.Read())
{
var prop = reader.Value as string;
if (prop == null) return o;
switch (prop)
{
case "id":
case "nodeId":
o.Id = reader.ReadAsString();
continue;
case "pid":
case "p":
o.Pid = reader.ReadAsString();
continue;
case "host":
case "h":
o.Host = reader.ReadAsString();
continue;
case "ip":
case "i":
o.Ip = reader.ReadAsString();
continue;
case "port":
case "po":
o.Port = reader.ReadAsString();
continue;
default:
var threadPoolField = GetThreadPoolAndField(prop);
if (threadPoolField == null) continue;
string threadPool = threadPoolField.Item1, field = threadPoolField.Item2;
var value = reader.ReadAsString();
SetThreadPool(threadPool, o, field, value);
continue;
}
}
return o;
}
private void SetThreadPool(string threadPool, CatThreadPoolRecord o, string field, string value)
{
switch (threadPool)
{
case "bulk":
case "b":
if (o.Bulk == null) o.Bulk = new CatThreadPool();
this.SetFieldValue(o.Bulk, field, value);
return;
case "flush":
case "f":
if (o.Flush == null) o.Flush = new CatThreadPool();
this.SetFieldValue(o.Flush, field, value);
return;
case "generic":
case "ge":
if (o.Generic == null) o.Generic = new CatThreadPool();
this.SetFieldValue(o.Generic, field, value);
return;
case "get":
case "g":
if (o.Get == null) o.Get = new CatThreadPool();
this.SetFieldValue(o.Get, field, value);
return;
case "index":
case "i":
if (o.Index == null) o.Index = new CatThreadPool();
this.SetFieldValue(o.Index, field, value);
return;
case "management":
case "ma":
if (o.Management == null) o.Management = new CatThreadPool();
this.SetFieldValue(o.Management, field, value);
return;
case "merge":
case "m":
if (o.Merge == null) o.Merge = new CatThreadPool();
this.SetFieldValue(o.Merge, field, value);
return;
case "optimize":
case "o":
if (o.Optimize == null) o.Optimize = new CatThreadPool();
this.SetFieldValue(o.Optimize, field, value);
return;
case "percolate":
case "p":
if (o.Percolate == null) o.Percolate = new CatThreadPool();
this.SetFieldValue(o.Percolate, field, value);
return;
case "refresh":
case "r":
if (o.Refresh == null) o.Refresh = new CatThreadPool();
this.SetFieldValue(o.Refresh, field, value);
return;
case "search":
case "s":
if (o.Search == null) o.Search = new CatThreadPool();
this.SetFieldValue(o.Search, field, value);
return;
case "snapshot":
case "sn":
if (o.Snapshot == null) o.Snapshot = new CatThreadPool();
this.SetFieldValue(o.Snapshot, field, value);
return;
case "suggest":
case "su":
if (o.Suggest == null) o.Suggest = new CatThreadPool();
this.SetFieldValue(o.Suggest, field, value);
return;
case "warmer":
case "w":
if (o.Warmer == null) o.Warmer = new CatThreadPool();
this.SetFieldValue(o.Warmer, field, value);
return;
}
}
private void SetThreadPool(string threadPool, CatThreadPoolRecord o, string field, string value)
{
switch (threadPool)
{
case "bulk":
case "b":
if (o.Bulk == null)
{
o.Bulk = new CatThreadPool();
}
this.SetFieldValue(o.Bulk, field, value);
return;
case "flush":
case "f":
if (o.Flush == null)
{
o.Flush = new CatThreadPool();
}
this.SetFieldValue(o.Flush, field, value);
return;
case "generic":
case "ge":
if (o.Generic == null)
{
o.Generic = new CatThreadPool();
}
this.SetFieldValue(o.Generic, field, value);
return;
case "get":
case "g":
if (o.Get == null)
{
o.Get = new CatThreadPool();
}
this.SetFieldValue(o.Get, field, value);
return;
case "index":
case "i":
if (o.Index == null)
{
o.Index = new CatThreadPool();
}
this.SetFieldValue(o.Index, field, value);
return;
case "management":
case "ma":
if (o.Management == null)
{
o.Management = new CatThreadPool();
}
this.SetFieldValue(o.Management, field, value);
return;
case "merge":
case "m":
if (o.Merge == null)
{
o.Merge = new CatThreadPool();
}
this.SetFieldValue(o.Merge, field, value);
return;
case "optimize":
case "o":
if (o.Optimize == null)
{
o.Optimize = new CatThreadPool();
}
this.SetFieldValue(o.Optimize, field, value);
return;
case "percolate":
case "p":
if (o.Percolate == null)
{
o.Percolate = new CatThreadPool();
}
this.SetFieldValue(o.Percolate, field, value);
return;
case "refresh":
case "r":
if (o.Refresh == null)
{
o.Refresh = new CatThreadPool();
}
this.SetFieldValue(o.Refresh, field, value);
return;
case "search":
case "s":
if (o.Search == null)
{
o.Search = new CatThreadPool();
}
this.SetFieldValue(o.Search, field, value);
return;
case "snapshot":
case "sn":
if (o.Snapshot == null)
{
o.Snapshot = new CatThreadPool();
}
this.SetFieldValue(o.Snapshot, field, value);
return;
case "suggest":
case "su":
if (o.Suggest == null)
{
o.Suggest = new CatThreadPool();
}
this.SetFieldValue(o.Suggest, field, value);
return;
case "warmer":
case "w":
if (o.Warmer == null)
{
o.Warmer = new CatThreadPool();
}
this.SetFieldValue(o.Warmer, field, value);
return;
}
}